gjosm documents

J.A. Tuszynski, E.J. Carpenter, T. Luchko, T. Huzil and R.F. Luduena: Molecular Dynamics Calculations of the Electrostatic Properties of the Tubulin Family of Proteins and Their Consequences
Documents J.A. Tuszynski, E.J. Carpenter, T. Luchko, T. Huzil and R.F. Luduena: Molecular Dynamics Calculations of the Electrostatic Properties of the Tubulin Family of Proteins and Their Consequences
S.R. Hameroff and J.A. Tuszynski: Quantum States in Proteins and Protein Assemblies: The Essence of Life?. "Fluctuations and Noise in Biological, Biophysical and Biomedical Systems
Documents S.R. Hameroff and J.A. Tuszynski: Quantum States in Proteins and Protein Assemblies: The Essence of Life?. "Fluctuations and Noise in Biological, Biophysical and Biomedical Systems
J. Middleton and J.A. Tuszynski: Models of Resonantly Driven Motion of Motor Proteins in 2D Potentials
Documents J. Middleton and J.A. Tuszynski: Models of Resonantly Driven Motion of Motor Proteins in 2D Potentials
J.A. Tuszynski, E.J. Carpenter, E. Crawford, J.A. Brown, W. Malinski, J.M. Dixon: Molecular Dynamics Calculations of the Electrostatic Properties of Tubulin and Their Consequences
Documents J.A. Tuszynski, E.J. Carpenter, E. Crawford, J.A. Brown, W. Malinski, J.M. Dixon: Molecular Dynamics Calculations of the Electrostatic Properties of Tubulin and Their Consequences
E. Carpenter, D. Ridgway, Y.K. Tam and J.A. Tuszynski: A Physiologically Relevant Lipid Bilayer Model for Studying Transcellular Permeation via Molecular Dynamics
Documents E. Carpenter, D. Ridgway, Y.K. Tam and J.A. Tuszynski: A Physiologically Relevant Lipid Bilayer Model for Studying Transcellular Permeation via Molecular Dynamics